HEARING SOLUTIONS CATALOG 2013

Transcription

1 HEARING SOLUTIONS CATALOG 13 NuEar Washington Avenue South Eden Prairie, MN NuEarPro.com HEARING SOLUTIONS CATALOG NuEar All Rights Reserved BKLT EE-NE 11/12

2 Hearing Solutions NuEar SDS Feature Chart 4 Feature Summary 6 Tinnitus Feature Chart 14 Tinnitus Feature Summary 15 LOOK Feature Chart Feature Summary 22 Miniscopic Feature Summary Intro 34 SurfLink Feature Summary 44

3 PATIENT DRIVEN PERFORMANCE TESTED

4 NuEar SDS Our NuEar SDS lineup includes a newly styled micro RIC 312, RIC 312, mini BTE 312, BTE 13 and tinnitus RIC. All five feature everything you and your patients love about our popular wireless hearing aids along with a new, more tactile control switch, updated compression strategy, new, patient-requested color options and much more. LOOK NuEar SDS Feature Chart 4 NuEar SDS Feature Summary 6 NuEar SDS micro RIC NuEar SDS micro RIC 312 Max Power 9 miniscopic DEEP CANAL INSTRUMENTS NuEar SDS RIC 312 NuEar SDS RIC 312 Max Power 11 NuEar SDS mini BTE NuEar SDS BTE NuEar SDS Tinnitus Feature Chart 14 INTRO NuEar SDS Tinnitus Feature Summary 15 NuEar SDS Tinnitus 16 NuEar SDS Tinnitus Max Power 17 SURFLINK Accessories 3

5 NuEar SDS SDS Sound Imaging Binaural Spatial Mapping VIBRANT Optimal high-resolution sound imaging with frequency shaping in all 16 channels and 16 bands Premium Ear-to-Ear Processing LOOK W I R E L E S * S Machine Noise Wind Directionality Synchronized User Controls Binaural Telephone Mode Volume Memory SurfLink Accessory Compatibility SurfLink Mobile SurfLink Programmer SurfLink Media SurfLink Remote Self Learning miniscopic DEEP CANAL INSTRUMENTS NuEar SDS FEATURE CHART Active Feedback Suppressor Environmental Sound Perception Vivid Speech 2 Noise Reduction Strength SoundClass EA Machine Noise Premium 16-channel environmental adaptation with 5 levels of personalization Maximum (db) Speech in Noise Wind Quiet INTRO Speech Noise SoundClass EA Adaptation Levels 5 Speech Shift SoundPoint Self Learning Swap Fit 3D Speech Mapping SURFLINK Accessories 4 All NuEar SDS Models Include: New Ergonomic Switch to Adjust Volume and Memory New ISO Compression Strategy New SnapFit Receivers (for RIC products) ClearFocus 2 Automatic Telephone Solutions Live Speech Mapping Advanced Memories (Music, TV, Relax, T-Coil, Binaural Processing Off)

6 ACTIVE High-resolution sound imaging with frequency shaping in 12 channels and 12 bands SOCIAL Frequency shaping in 8 channels and 8 bands Advanced Ear-to-Ear Processing Advanced 12-channel environmental adaptation with 3 levels of personalization Select 8-channel environmental adaptation with 2 levels of personalization Moderate (8dB) Light (6dB) 3 on/off T 2 On Demand Programming In-Situ Audiometry Auto Path HydraShield 2 Verify Comfort Data Logging 4 Memories *Wireless accessories and features are not available in non-wireless NuEar SDS products. 5

7 NuEar SDS Feature Summary IRIS Technology leverages a unique ear-to-ear communication protocol. Binaural Spatial Mapping* applies the combined speed and power of multiple dual-core platforms to achieve parallel processing benefits. This innovative protocol queries, analyzes, and maps the acoustic space surrounding the patient, applying the appropriate signal processing strategy for directionality and noise management. Vivid Speech 2 nearly doubles the noise reduction capability of our leading noise reduction and speech preservation system while still maintaining speech. Vivid Speech 2 : Instantly applies variable noise adaptation in all channels between each pause Has been proven to reduce listening effort and cognitive fatigue when used in tandem with ClearFocus 2** Provides up to db of noise reduction JustTalk,* a mode on our new SurfLink Mobile, enables true hands-free phone conversations by turning the wearer s NuEar SDS hearing aids into both the cell phone microphone and receiver. A new control switch gives users a simple, tactile way to control volume and change memories. Users will enjoy more dynamic and personalized sound with NuEar SDS new ISO Compression. The 312 RICs feature SnapFit receivers, which offer easier receiver connection and ensure greater stability. Unlike competing technologies that apply frequency compression broadly, our frequency lowering technology, Speech Shift, is designed to enhance real-time audibility by intelligently identifying high-frequency speech cues, then replicating them in lower frequencies. This allows NuEar SDS to maintain important frequency relationships, retaining the sound quality that comes from harmonic distribution, while providing audibility for high-frequency speech cues for patients that may have previously been considered unaidable. Thanks to Self Learning, NuEar SDS gradually and automatically learns patient volume control preferences in each active memory, which helps reduce the number of manual volume adjustments patients need to make. *Features only available when hearing aids are ordered with wireless functionality. ** Sarampalis, A., Kalluri, S., Edwards, B., Hafter, E. (09, October). Objective measures of listening effort: Effects of background noise and noise reduction. Journal of Speech, Language, and Hearing Research, 52,

8 Activated via SurfLink Remote, our Vivid Speech Boost* feature allows patients to enable aggressive noise reduction while optimizing sound quality in extremely noisy situations. NuEar SDS wouldn t be a NuEar product without our Active Feedback Suppressor. This leading technology ensures wide fitting ranges and a fast response to more complex feedback. HydraShield 2 Omniphobic nano-coating provides unprecedented resistance against wax, oils and everyday moisture. Our Swap Fit fitting function allows you to transfer patient settings from their current NuEar product to a new one enabling more time for fine-tuning and counseling. With Synchronized User Adjustments* patients can use a single hearing instrument to adjust volume or memory for the pair eliminating the need to manually change two instruments. Binaural Telephone Mode* places the phone-side hearing aid in Automatic Telephone Response or Telecoil mode while attenuating the off-side hearing aid. ClearFocus 2 in NuEar SDS hearing aids together with Vivid Speech 2, our leading directional system is designed to enhance speech audibility, even in complex listening environments. Voice Indicators alert your patients to the status of their hearing aid, low battery, memory and telephone modes in their choice of male or female voices in a wide variety of languages. Automatic Telephone Solutions (ATS) automatically detects telephone use and adjusts to the optimal acoustic frequency response for telephone listening. Bring the benefits of telehealth to your practice with our On Demand options. Each one is designed to elevate your interaction with patients and provide a better way for you to deliver care. Includes T 2 On Demand, Audiology On Demand and innovative applications that work with the ipad, iphone and ipod Touch. ipad, iphone and ipod Touch are registered trademarks of Apple Inc. Color Guide Standard Colors Champagne Sterling Bronze Slate Espresso Black Bright Colors Blue Ice Fuchsia Fabulous Blue Pacific Red Hot Pink Pixie Purple Pop 7

9 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Hearing Level in db (HL) micro RIC 312 RECEIVER-IN-CANAL Matrices: 115/, / Maximum Output: Up to db reduction in 2dB steps Compression Ratio: 1:1-3:1 Battery Size: 312 DATA Gain Data Gain Data K 2K 4K 8K Measurement Peak OSPL (db SPL) HFA OSPL (db SPL) RTF OSPL (db SPL) Peak Gain (db) NuEar SDS Wireless micro RIC 312 (gray) and micro RIC 312 (black) fitting ranges. HFA Full-On Gain (db) RTF Full-On Gain (db) Frequency Range (Hz) OSPL 55 Wireless RIC / Stock FOG 115 Reference Test Frequency (khz) HFA Frequencies (khz) Reference Test Gain (db) Harmonic Distortion Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) <3 <3 <3 <3 OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS Wireless micro RIC 312 at 115/. Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) OSPL FOG 1 Battery Current (ma) Idle Current (ma) Estimated Battery Life for 16-Hour Day 312 Zinc Air (days) 5-7* 5-7* 4-6* 4-6* 0 00 OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS Wireless micro RIC 312 at /. * Results for wireless products will vary based on wireless usage. 8

10 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Hearing Level in db (HL) Matrices: 123/, 1/ Maximum Output: Up to db reduction in 2dB steps Compression Ratio: 1:1-3:1 Battery Size: 312 micro RIC 312 Max Power RECEIVER-IN-CANAL MAX POWER DATA Gain Data Gain Data Measurement Peak OSPL (db SPL) HFA OSPL (db SPL) RTF OSPL (db SPL) Peak Gain (db) K 2K 4K 8K HFA Full-On Gain (db) RTF Full-On Gain (db) Frequency Range (Hz) Reference Test Frequency (khz) HFA Frequencies (khz) NuEar SDS Wireless micro RIC 312 Max Power (gray), NuEar SDS Wireless micro RIC 312 Max Power (black) fitting ranges. OSPL FOG Reference Test Gain (db) Harmonic Distortion <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) 0 00 OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS Wireless micro RIC 312 Max Power at 123/. Wireless RIC312 1/ AP Battery Current (ma) OSPL FOG Idle Current (ma) 1 Estimated Battery Life for 16-Hour Day 6-8* 6-8* 4-6* 4-6* 312 Zinc Air (days) 0 00 * Results for wireless products will vary based on wireless usage. OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS Wireless micro RIC 312 Max Power at 1/. 9

11 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Hearing Level in db (HL) RIC 312 RECEIVER-IN-CANAL Matrices: 115/, / Maximum Output: Up to db reduction in 2dB steps Compression Ratio: 1:1-3:1 Battery Size: 312 DATA Gain Data Gain Data 0 Measurement Peak OSPL (db SPL) HFA OSPL (db SPL) RTF OSPL (db SPL) K 2K 4K 8K NuEar SDS RIC 312 (gray) and RIC 312 (black) fitting ranges. Peak Gain (db) HFA Full-On Gain (db) RTF Full-On Gain (db) Frequency Range (Hz) OSPL FOG 1 Reference Test Frequency (khz) HFA Frequencies (khz) Reference Test Gain (db) OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS RIC 312 at 115/. Harmonic Distortion 0 Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) <3 <3 <3 <3 Induction Coil Sensitivity OSPL FOG HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) 91 Battery Current (ma) 1.7* 1.7* 2.0* 2.0* Idle Current (ma) 1.3* 1.3* 1.4* 1.4* 0 00 OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS RIC 312 at /. Estimated Battery Life for 16-Hour Day 312 Zinc Air (days) 5-7* 5-7* 4-7* 4-7* * Results for wireless products will vary based on wireless usage.

12 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Hearing Level in db (HL) Matrices: 123/, 1/ Maximum Output: Up to db reduction in 2dB steps Compression Ratio: 1:1-3:1 Battery Size: 312 RIC 312 Max Power RECEIVER-IN-CANAL Max Power DATA Gain Data Gain Data Measurement Peak OSPL (db SPL) HFA OSPL (db SPL) RTF OSPL (db SPL) Peak Gain (db) K 2K 4K 8K HFA Full-On Gain (db) RTF Full-On Gain (db) NuEar SDS RIC 312 Max Power (gray), NuEar SDS RIC 312 Max Power (black) fitting ranges Frequency Range (Hz) OSPL FOG Reference Test Frequency (khz) 1 HFA Frequencies (khz) Reference Test Gain (db) Harmonic Distortion 0 00 <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS RIC 312 Max Power at 123/. Induction Coil Sensitivity OSPL FOG HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) 1.2* 1.2* 1.4* 1.4* Battery Current (ma) 1.1* 1.1* 1.2* 1.2* Idle Current (ma) 0 00 Estimated Battery Life for 16-Hour Day 6-8* 6-8* 4-6* 4-6* 312 Zinc Air (days) OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS RIC 312 Max Power at 1/. * Results for wireless products will vary based on wireless usage. 11

13 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Hearing Level in db (HL) mini BTE 312 BEHIND-THE-EAR Matrix: 126/65 Maximum Output: Up to db reduction in 2dB steps Compression Ratio: 1:1-3:1 Battery Size: 312 DATA Earhook Thin Tube (Size 3+, Occluded) 0 Measurement Peak OSPL (db SPL) HFA OSPL (db SPL) RTF OSPL (db SPL) K 2K 4K 8K Peak Gain (db) NuEar SDS mini BTE 312 fitting range. HFA Full-On Gain (db) 52 RTF Full-On Gain (db) Frequency Range (Hz) OSPL FOG Reference Test Frequency (khz) HFA Frequencies (khz) Reference Test Gain (db) OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS mini BTE 312 with Earhook. Harmonic Distortion 0 Hz (%) <5 <5 <2 <2 0 Hz (%) <3 <3 <1 <1 Hz (%) <3 <3 <2 <2 OSPL FOG Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) Battery Current (ma) 1.3* 1.3* 1.3* 1.3* OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS mini BTE 312 with Thin Tube. Idle Current (ma) 1.2* 1.2* 1.2* 1.2* Estimated Battery Life for 16-Hour Day 312 Zinc Air (days) 9-11* 9-11* 9-11* 9-11* * Results for wireless products will vary based on wireless usage. 12

14 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Hearing Level in db (HL) MATRIX: 126/65 Maximum Output: Up to db reduction in 2dB steps Compression Ratio: 1:1-3:1 Battery Size: 13 BTE 13 BEHIND-THE-EAR DATA Earhook Thin Tube (Size 3+, Occluded) Measurement Peak OSPL (db SPL) HFA OSPL (db SPL) RTF OSPL (db SPL) 2 0 1K 2K 4K 8K Peak Gain (db) HFA Full-On Gain (db) NuEar SDS BTE 13 fitting range. 57 RTF Full-On Gain (db) Frequency Range (Hz) OSPL FOG Reference Test Frequency (khz) ,1.6, 1.0,1.6, HFA Frequencies (khz) Reference Test Gain (db) Harmonic Distortion <5 <4 <2 <2 0 Hz (%) <3 <4 <1 <1 0 Hz (%) OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS BTE 13 with Earhook. <3 <3 <2 <2 Hz (%) Induction Coil Sensitivity OSPL FOG HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) * 1.7* 1.7* 1.7* Battery Current (ma) * 1.3* 1.3* 1.3* Idle Current (ma) Estimated Battery Life for 16-Hour Day 9-11* 9-11* 9-11* 9-11* 13 Zinc Air (days) OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS BTE 13 with Thin Tube. * Results for wireless products will vary based on wireless usage. 13

15 FEATURE CHART Sound Imaging Optimal high-resolution sound imaging with frequency shaping in all 12 channels and 12 bands Active Feedback Suppressor Environmental Sound Perception Premium 12-channel environmental adaptation with 3 levels of personalization Vivid Speech 2 Noise Reduction Strength Moderate (8dB) SoundClass EA Machine Noise Speech in Noise Wind Quiet Speech Noise SoundClass EA Adaptation Levels 3 SoundPoint Self Learning Swap Fit 3D Speech Mapping 14

16 NuEar SDS Tinnitus NuEar SDS Tinnitus NuEar SDS Tinnitus is a new solution designed to help provide relief to the million Americans affected by tinnitus. Using our patent-pending Multiflex Tinnitus Technology, NuEar SDS Tinnitus enables hearing professionals to customize a sound stimulus designed to relieve each patient s unique symptoms, making it the most flexible and personalized way to treat tinnitus. Tinnitus Therapy + Hearing Aid = Two Devices in One o Configured memories (tinnitus, tinnitus + hearing aid, hearing aid) Flexible adjustments in 16 bands o Amplification operates independently of tinnitus stimulus Ability to adjust modulation rate of stimulus o Stimulus is a white noise, amplitude and frequency modulation is available and is configurable via 12 bands Compatible with both tinnitus retraining therapy and masking protocols Personalized adjustments during fitting made by patient using SoundPoint Tinnitus Flexible device-level control Nearly invisible device RIC Color Guide Standard Colors Champagne Bronze Pearl Sterling Slate Onyx 15

17 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Hearing Level in db (HL) TINNITUS RECEIVER-IN-CANAL MATRICES: /, 115/, / Maximum Output: Up to db reduction in 2dB steps Compression Threshold: 24dB range in 4dB steps Compression Ratio: 1:1-3:1 Battery Size: DATA K 2K 4K 8K NuEar SDS Tinnitus (gray), NuEar SDS Tinnitus (dark gray), NuEar SDS Tinnitus (black) fitting ranges. Measurement Gain Data Gain Data Gain Data Peak OSPL (db SPL) HFA OSPL (db SPL) RTF OSPL (db SPL) Peak Gain (db) HFA Full-On Gain (db) RTF Full-On Gain (db) OSPL FOG Frequency Range (Hz) Reference Test Frequency (khz) HFA Frequencies (khz) Reference Test Gain (db) Harmonic Distortion OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS Tinnitus at /. 0 Hz (%) <3 <3 <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 <3 <3 Hz (%) <3 <3 <3 <3 <3 <3 OSPL FOG Attack and Release Time () Test Mode Attack Time (ms) Release Time 0.1s (ms) Release Time 2.0s (ms) Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS Tinnitus at 115/. MASL (IEC) (db SPL) Battery Current (ma) OSPL FOG 1 Idle Current (ma) Estimated Battery Life for 16-Hour Day Zinc Air (days) OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS Tinnitus at /. Tinnitus Therapy Stimulus Max RMS Output (db SPL) Weighted RMS Output Level (db SPL) Max 1/3 Octave Output (db SPL)

18 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Hearing Level in db (HL) MATRICES: 123/, 1/ Maximum Output: Up to db reduction in 2dB steps Compression Threshold: 24dB range in 4dB steps Compression Ratio: 1:1-3:1 Battery Size: TINNITUS Max Power RECEIVER-IN-CANAL MAX POWER DATA Gain Data Gain Data Measurement Peak OSPL (db SPL) HFA OSPL (db SPL) RTF OSPL (db SPL) 69 Peak Gain (db) HFA Full-On Gain (db) RTF Full-On Gain (db) Frequency Range (Hz) K 2K 4K 8K NuEar SDS Tinnitus Max Power (gray), NuEar SDS Tinnitus Max Power (black) fitting ranges Reference Test Frequency (khz) OSPL FOG HFA Frequencies (khz) Reference Test Gain (db) 1 Harmonic Distortion <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) 0 00 Attack and Release Time () Test Mode Attack Time (ms) Release Time 0.1s (ms) OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS Tinnitus Max Power at 123/ Release Time 2.0s (ms) OSPL FOG Induction Coil Sensitivity 98 5 HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) Battery Current (ma) Idle Current (ma) Estimated Battery Life for 16-Hour Day Zinc Air (days) Tinnitus Therapy Stimulus Max RMS Output (db SPL) 0 00 OSPL (gray) and Full-On Gain (black) curves for the NuEar SDS Tinnitus Max Power at 1/ Weighted RMS Output Level (db SPL) Max 1/3 Octave Output (db SPL) 17

19 MORE TO OUR THERE is WIRELESS

20 NuEar SDS The success of NuEar s LOOK wireless hearing aids in the marketplace proves that simplicity and clarity win every time. From the ease of true wireless programming to the quality of their sound to the convenience of our compatible SurfLink accessories, LOOK wireless hearing aids help make listening effortless again. LOOK Feature Chart LOOK Feature Summary 22 LOOK LOOK WIRELESS INSTRUMENTS miniscopic DEEP CANAL INSTRUMENTS ite 24 HS 25 ITC 26 CIC 27 INTRO SURFLINK Accessories

21 NuEar SDS Sound Imaging Binaural Spatial Mapping VIBRANT Optimal high-resolution sound imaging with frequency shaping in all 16 channels and 16 bands Premium Ear-to-Ear Processing Machine Noise LOOK LOOK WIRELESS INSTRUMENTS Wind Directionality Synchronized User Controls Binaural Telephone Mode Volume Memory SurfLink Accessory Compatibility SurfLink Mobile SurfLink Programmer SurfLink Media SurfLink Remote Vivid Speech Boost miniscopic DEEP CANAL INSTRUMENTS LOOK FEATURE CHART Active Feedback Suppressor Environmental Sound Perception Vivid Speech 2 Noise Reduction Strength SoundClass EA Premium 16-channel environmental adaptation with 5 levels of personalization Maximum (db) Machine Noise Speech in Noise Wind Quiet INTRO Speech Noise SoundClass EA Adaptation Levels 5 Speech Shift SoundPoint Self Learning Swap Fit 3D Speech Mapping SURFLINK Accessories All LOOK Models Include: ClearFocus 2 Automatic Telephone Solutions Live Real Ear Measurement Live Speech Mapping Self Check In-Situ Audiometry

22 ACTIVE High-resolution sound imaging with frequency shaping in 12 channels and 12 bands SOCIAL Frequency shaping in 8 channels and 8 bands Advanced Ear-to-Ear Processing Advanced 12-channel environmental adaptation with 3 levels of personalization Select 8-channel environmental adaptation with 2 levels of personalization Moderate (8dB) Light (6dB) 3 on/off Advanced Memories (Music, TV, Relax, T-Coil, Binaural Processing Off) Indicators (Level-Dependent Speech, Level-Dependent Tone) T 2 On Demand Programming Data Logging 4 Memories Verify Comfort Auto Path 21

23 LOOK Feature Summary IRIS Technology leverages a unique ear-to-ear communication protocol. Binaural Spatial Mapping applies the combined speed and power of multiple dual-core platforms to achieve parallel processing benefits. This innovative protocol queries, analyzes, and maps the acoustic space surrounding the patient, applying the appropriate signal processing strategy for directionality and noise management. Vivid Speech 2 nearly doubles the noise reduction capability of our leading noise reduction and speech preservation system while still maintaining speech. Vivid Speech 2 : Instantly applies variable noise adaptation in all channels between each pause Has been proven to reduce listening effort and cognitive fatigue when used in tandem with ClearFocus 2* Provides up to db of noise reduction Unlike competing technologies that apply frequency compression broadly, our frequency lowering technology, Speech Shift, is designed to enhance real-time audibility by intelligently identifying high-frequency speech cues, then replicating them in lower frequencies. This allows LOOK to maintain important frequency relationships, retaining the sound quality that comes from harmonic distribution, while providing audibility for high-frequency speech cues for patients that may have previously been considered unaidable. Activated via SurfLink Remote, our Vivid Speech Boost feature allows patients to enable aggressive noise reduction while optimizing sound quality in extremely noisy situations. Thanks to Self Learning, LOOK gradually and automatically learns patient volume control preferences in each active memory, which helps reduce the number of manual volume control adjustments patients need to make. LOOK wouldn t be a NuEar product without our Active Feedback Suppressor. This leading technology ensures wide fitting ranges and a fast response to more complex feedback. Our Swap Fit fitting function allows you to transfer patient settings from their current NuEar product to a new one enabling more time for fine-tuning and counseling. * sarampalis, A., Kalluri, S., Edwards, B., Hafter, E. (09, October). Objective measures of listening effort: Effects of background noise and noise reduction. Journal of Speech, Language, and Hearing Research, 52,

24 With Synchronized User Adjustments patients can use a single hearing instrument to adjust volume or memory for the pair eliminating the need to manually change two instruments. Binaural Telephone Mode places the phone-side hearing aid in Automatic Telephone Response or Telecoil mode while attenuating the off-side hearing aid. ClearFocus 2 in LOOK hearing aids together with Vivid Speech 2, our leading directional system is designed to enhance speech audibility, even in complex listening environments. Voice Indicators alert your patients to the status of their hearing aid, low battery, memory and telephone modes in their choice of male or female voices in a wide variety of languages. Automatic Telephone Solutions (ATS) automatically detects telephone use and adjusts to the optimal acoustic frequency response for telephone listening. Bring the benefits of telehealth to your practice with our On Demand options. Each one is designed to elevate your interaction with patients and provide a better way for you to deliver care. Includes T 2 On Demand, Audiology On Demand and innovative applications that work with the ipad, iphone and ipod Touch. 23

25 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) ITE IN-THE-EAR Matrices: 115/, 123/ Maximum Output: Up to db reduction in 2dB steps Compression Threshold: 24dB range in 4dB steps Compression Ratio: 1:1-3:1 Battery Size: 13 DATA Premier Pro Prestige ITE 115/ ITE 123/ K 2K 4K 8K LOOK ITE fitting range. Measurement Peak OSPL (db SPL) HFA OSPL (db SPL) 116 RTF OSPL (db SPL) Peak Gain (db) HFA Full-On Gain (db) RTF Full-On Gain (db) Frequency Range (Hz) Reference Test Frequency (khz) OSPL FOG HFA Frequencies (khz) Reference Test Gain (db) OSPL (gray) and Full-On Gain (black) curves for the LOOK ITE at 115/. Harmonic Distortion Attack and Release Time () Test Mode 0 Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) <3 <3 <3 <3 Attack Time (ms) Release Time 0.1s (ms) OSPL FOG 1 Release Time 2.0s (ms) Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) OSPL (gray) and Full-On Gain (black) curves for the LOOK ITE at 123/. MASL (IEC) (db SPL) Battery Current (ma) Idle Current (ma) Estimated Battery Life for 16-Hour Day 13 Zinc Air (days) 12-16* 12-16* 12-16* 12-16* * Results for wireless products will vary based on wireless usage. 24

26 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Matrices: /, 115/ Maximum Output: Up to db reduction in 2dB steps Compression Threshold: 24dB range in 4dB steps Compression Ratio: 1:1-3:1 Battery Size: 312 HS HALF-SHELL DATA HS / HS 115/ Premier Pro Prestige Measurement Peak OSPL (db SPL) 5 9 HFA OSPL (db SPL) RTF OSPL (db SPL) Peak Gain (db) K 2K 4K 8K HFA Full-On Gain (db) RTF Full-On Gain (db) LOOK HS fitting range Frequency Range (Hz) Reference Test Frequency (khz) HFA Frequencies (khz) OSPL FOG Reference Test Gain (db) Harmonic Distortion <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) Attack and Release Time () Test Mode Attack Time (ms) 0 00 OSPL (gray) and Full-On Gain (black) curves for the LOOK HS at / Release Time 0.1s (ms) Release Time 2.0s (ms) OSPL FOG Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) Battery Current (ma) Idle Current (ma) Estimated Battery Life for 16-Hour Day 8-9* 8-9* 8-9* 8-9* 312 Zinc Air (days) 0 00 OSPL (gray) and Full-On Gain (black) curves for the LOOK HS at 115/. * Results for wireless products will vary based on wireless usage. 25

27 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) ITC IN-THE-CANAL Matrices: /, 115/ Maximum Output: Up to db reduction in 2dB steps Compression Threshold: 24dB range in 4dB steps Compression Ratio: 1:1-3:1 Battery Size: 312 DATA Premier Pro Prestige ITC / ITC 115/ K 2K 4K 8K Measurement Peak OSPL (db SPL) HFA OSPL (db SPL) 5 9 RTF OSPL (db SPL) Peak Gain (db) HFA Full-On Gain (db) LOOK ITC fitting range. RTF Full-On Gain (db) Frequency Range (Hz) Reference Test Frequency (khz) OSPL FOG HFA Frequencies (khz) Reference Test Gain (db) OSPL (gray) and Full-On Gain (black) curves for the LOOK ITC at /. Harmonic Distortion Attack and Release Time () Test Mode 0 Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) <3 <3 <3 <3 Attack Time (ms) Release Time 0.1s (ms) OSPL FOG Release Time 2.0s (ms) Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) Battery Current (ma) OSPL (gray) and Full-On Gain (black) curves for the LOOK ITC at 115/. Idle Current (ma) Estimated Battery Life for 16-Hour Day 312 Zinc Air (days) 8-9* 8-9* 8-9* 8-9* * Results for wireless products will vary based on wireless usage. 26

28 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Matrices: /, 115/ Maximum Output: Up to db reduction in 2dB steps Compression Threshold: 24dB range in 4dB steps Compression Ratio: 1:1-3:1 Battery Size: CIC COMPLETELY-IN-CANAL DATA CIC / CIC 115/ Premier Pro Prestige Measurement Peak OSPL (db SPL) 4 HFA OSPL (db SPL) 115 RTF OSPL (db SPL) Peak Gain (db) K 2K 4K 8K HFA Full-On Gain (db) RTF Full-On Gain (db) LOOK CIC fitting range Frequency Range (Hz) Reference Test Frequency (khz) HFA Frequencies (khz) OSPL FOG Reference Test Gain (db) Harmonic Distortion <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) Attack and Release Time () Test Mode Attack Time (ms) 0 00 OSPL (gray) and Full-On Gain (black) curves for the LOOK CIC at / Release Time 0.1s (ms) Release Time 2.0s (ms) OSPL FOG Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) Battery Current (ma) Idle Current (ma) Estimated Battery Life for 16-Hour Day 4-6* 4-6* 4-6* 4-6* Zinc Air (days) 0 00 OSPL (gray) and Full-On Gain (black) curves for the LOOK CIC at 115/. * Results for wireless products will vary based on wireless usage. 27

29 THE ORIGINALIIC

30 NuEar SDS Imitated but never duplicated, our Miniscopic isn t just the world s first ever custom-fit invisible-in-the-canal (IIC) hearing aid it s also the most popular. Invisible solutions are a proven draw for new patients. Available in three technology levels, Miniscopic gives you and your patients more options to choose from than ever before. When it comes to invisible custom hearing aids, Miniscopic is the benchmark by which all other IICs are judged. Miniscopic Feature Summary Miniscopic 31 LOOK miniscopic miniscopic INTRO DEEP CANAL INSTRUMENTS DEEP CANAL INSTRUMENTS SURFLINK Accessories

31 NuEar SDS Miniscopic Feature Summary Vivid Speech 2 nearly doubles the noise reduction capability of our leading noise reduction and speech preservation system while still maintaining speech. Vivid Speech 2 : Instantly applies variable noise adaptation in all channels between each pause LOOK Miniscopic miniscopic DEEP CANAL INSTRUMENTS DEEP CANAL INSTRUMENTS INTRO Provides up to db of noise reduction Unlike competing technologies that apply frequency compression broadly, our frequency audibility technology, Speech Shift, is designed to enhance real-time audibility by intelligently identifying high-frequency speech cues, then replicating them in lower frequencies. This allows Miniscopic to maintain important frequency relationships, retaining the sound quality that comes from harmonic distribution, while providing audibility for high-frequency speech cues for patients that may have previously been considered unaidable. Miniscopic wouldn t be a NuEar product without our Active Feedback Suppressor. This leading technology ensures wide fitting ranges and a fast response to more complex feedback. Voice Indicators alert your patients to the status of their hearing aid, low battery, memory and telephone modes in their choice of male or female voices in a wide variety of languages. Our Swap Fit fitting function allows you to transfer patient settings from their current NuEar product to a new one enabling more time for fine-tuning and counseling. SURFLINK Accessories

32 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Hearing Level in db (HL) Matrices: 111/35, 111/ Maximum Output: Up to db reduction in 2dB steps Compression Threshold: 24dB range in 4dB steps Compression Ratio: 1:1-3:1 Battery Size: IIC INVISIBLE-IN-CANAL DATA 35 Gain Data Gain Data Premier Pro Prestige Measurement Peak OSPL (db SPL) 6 4 HFA OSPL (db SPL) RTF OSPL (db SPL) Peak Gain (db) HFA Full-On Gain (db) RTF Full-On Gain (db) Frequency Range (Hz) K 2K 4K 8K Miniscopic IIC fitting range Reference Test Frequency (khz) IIC HFA Frequencies (khz) Reference Test Gain (db) OSPL FOG Harmonic Distortion <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) 0 00 <28 <28 <28 <28 Equivalent Input Noise (db SPL) Attack and Release Time () Test Mode OSPL (gray) and Full-On Gain (black) curves for the Miniscopic IIC at a matrix of 111/35. Attack Time (ms) Release Time 0.1s (ms) OSPL FOG Release Time 2.0s (ms) Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) Battery Current (ma) Idle Current (ma) Estimated Battery Life for 16-Hour Day OSPL (gray) and Full-On Gain (black) curves for the Miniscopic IIC at a matrix of 111/ Zinc Air (days) 31

33 THE JOURNEY TO BETTER HEARING STARTS HERE

34 NuEar SDS The exceptional quality and simple functionality that have made our wireless hearing aids so popular with patients and professionals is now available in an entry-level line. A proven solution for those seeking value and performance, our Intro family of products lets you bring the benefits of wireless hearing aids to virtually all your patients. Intro RIC Intro RIC 312 Max Power 35 LOOK miniscopic DEEP CANAL INSTRUMENTS Intro mini BTE Intro BTE Intro ITE 38 Intro HS 39 Intro ITC Intro CIC 41 INTRO INTRO SURFLINK Accessories

35 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Hearing Level in db (HL) NuEar SDS RIC 312 RECEIVER-IN-CANAL Matrices: 115/, / Maximum Output: Up to db reduction in 2dB steps Compression Ratio: 1:1-3:1 Battery Size: 312 DATA LOOK 0 Measurement Gain Data Gain Data Peak OSPL (db SPL) HFA OSPL (db SPL) RTF OSPL (db SPL) K 2K 4K 8K Peak Gain (db) miniscopic DEEP CANAL INSTRUMENTS OSPL Intro RIC 312 (gray) and Intro RIC 312 (black). FOG 1 HFA Full-On Gain (db) RTF Full-On Gain (db) Frequency Range (Hz) Reference Test Frequency (khz) HFA Frequencies (khz) Reference Test Gain (db) INTRO INTRO 0 00 OSPL FOG OSPL (gray) and Full-On Gain (black) curves for the Intro RIC 312 at 115/. 1 Harmonic Distortion 0 Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) <3 <3 <3 <3 Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) 91 Battery Current (ma) 1.7* 1.7* 2.0* 2.0* SURFLINK Accessories OSPL (gray) and Full-On Gain (black) curves for the Intro RIC 312 at /. Idle Current (ma) 1.3* 1.3* 1.4* 1.4* Estimated Battery Life for 16-Hour Day 312 Zinc Air (days) 5-7* 5-7* 4-7* 4-7* * Results for wireless products will vary based on wireless usage.

36 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Hearing Level in db (HL) Matrices: 123/, 1/ Maximum Output: Up to db reduction in 2dB steps Compression Ratio: 1:1-3:1 Battery Size: 312 RIC 312 Max Power RECEIVER-IN-CANAL MAX POWER DATA Gain Data Gain Data Measurement Peak OSPL (db SPL) HFA OSPL (db SPL) RTF OSPL (db SPL) Peak Gain (db) K 2K 4K 8K HFA Full-On Gain (db) RTF Full-On Gain (db) Intro RIC 312 Max Power (gray), Intro RIC 312 Max Power (black) fitting ranges Frequency Range (Hz) OSPL FOG Reference Test Frequency (khz) 1 HFA Frequencies (khz) Reference Test Gain (db) Harmonic Distortion 0 00 <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 0 Hz (%) OSPL (gray) and Full-On Gain (black) curves for the Intro RIC 312 Max Power at 123/. <3 <3 <3 <3 Hz (%) Induction Coil Sensitivity OSPL FOG HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) 1.2* 1.2* 1.4* 1.4* Battery Current (ma) 1.1* 1.1* 1.2* 1.2* Idle Current (ma) 0 00 Estimated Battery Life for 16-Hour Day 6-8* 6-8* 4-6* 4-6* 312 Zinc Air (days) OSPL (gray) and Full-On Gain (black) curves for the Intro RIC 312 Max Power at 1/. * Results for wireless products will vary based on wireless usage. 35

37 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Hearing Level in db (HL) mini BTE 312 BEHIND-THE-EAR Matrix: 126/65 Maximum Output: Up to db reduction in 2dB steps Compression Ratio: 1:1-3:1 Battery Size: 312 DATA Earhook Thin Tube (Size 3+, Occluded) 0 Measurement Peak OSPL (db SPL) HFA OSPL (db SPL) RTF OSPL (db SPL) K 2K 4K 8K Peak Gain (db) Intro mini BTE 312 fitting range. HFA Full-On Gain (db) 52 RTF Full-On Gain (db) Frequency Range (Hz) OSPL FOG Reference Test Frequency (khz) HFA Frequencies (khz) Reference Test Gain (db) OSPL (gray) and Full-On Gain (black) curves for the Intro mini BTE 312 with Earhook. Harmonic Distortion 0 Hz (%) <5 <5 <2 <2 0 Hz (%) <3 <3 <1 <1 Hz (%) <3 <3 <2 <2 OSPL FOG Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) Battery Current (ma) 1.3* 1.3* 1.3* 1.3* OSPL (gray) and Full-On Gain (black) curves for the Intro mini BTE 312 with Thin Tube. Idle Current (ma) 1.2* 1.2* 1.2* 1.2* Estimated Battery Life for 16-Hour Day 312 Zinc Air (days) 9-11* 9-11* 9-11* 9-11* * Results for wireless products will vary based on wireless usage. 36

38 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Hearing Level in db (HL) MATRIX: 126/65 Maximum Output: Up to db reduction in 2dB steps Compression Ratio: 1:1-3:1 Battery Size: 13 BTE 13 BEHIND-THE-EAR DATA Earhook Thin Tube (Size 3+, Occluded) Measurement Peak OSPL (db SPL) HFA OSPL (db SPL) RTF OSPL (db SPL) 2 0 1K 2K 4K 8K Peak Gain (db) HFA Full-On Gain (db) Intro BTE 13 fitting range. 57 RTF Full-On Gain (db) Frequency Range (Hz) OSPL FOG Reference Test Frequency (khz) ,1.6, 1.0,1.6, HFA Frequencies (khz) Reference Test Gain (db) Harmonic Distortion <5 <4 <2 <2 0 Hz (%) <3 <4 <1 <1 0 Hz (%) OSPL (gray) and Full-On Gain (black) curves for the Intro BTE 13 with Earhook. <3 <3 <2 <2 Hz (%) Induction Coil Sensitivity OSPL FOG HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) * 1.7* 1.7* 1.7* Battery Current (ma) * 1.3* 1.3* 1.3* Idle Current (ma) Estimated Battery Life for 16-Hour Day 9-11* 9-11* 9-11* 9-11* 13 Zinc Air (days) OSPL (gray) and Full-On Gain (black) curves for the Intro BTE 13 with Thin Tube. * Results for wireless products will vary based on wireless usage. 37

39 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) ITE IN-THE-EAR Matrices: 115/, 123/ Maximum Output: Up to db reduction in 2dB steps Compression Threshold: 24dB range in 4dB steps Compression Ratio: 1:1-3:1 Battery Size: 13 DATA ITE 115/ ITE 123/ K 2K 4K 8K Intro ITE fitting range. Measurement Peak OSPL (db SPL) HFA OSPL (db SPL) 116 RTF OSPL (db SPL) Peak Gain (db) HFA Full-On Gain (db) RTF Full-On Gain (db) Frequency Range (Hz) Reference Test Frequency (khz) OSPL FOG HFA Frequencies (khz) Reference Test Gain (db) OSPL (gray) and Full-On Gain (black) curves for the Intro ITE at 115/. Harmonic Distortion Attack and Release Time () Test Mode 0 Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) <3 <3 <3 <3 Attack Time (ms) Release Time 0.1s (ms) OSPL FOG 1 Release Time 2.0s (ms) Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) OSPL (gray) and Full-On Gain (black) curves for the Intro ITE at 123/. MASL (IEC) (db SPL) Battery Current (ma) Idle Current (ma) Estimated Battery Life for 16-Hour Day 13 Zinc Air (days) 12-16* 12-16* 12-16* 12-16* * Results for wireless products will vary based on wireless usage. 38

40 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Matrices: /, 115/ Maximum Output: Up to db reduction in 2dB steps Compression Threshold: 24dB range in 4dB steps Compression Ratio: 1:1-3:1 Battery Size: 312 HS HALF-SHELL DATA HS / HS 115/ Measurement Peak OSPL (db SPL) 5 9 HFA OSPL (db SPL) RTF OSPL (db SPL) Peak Gain (db) K 2K 4K 8K HFA Full-On Gain (db) RTF Full-On Gain (db) Intro HS fitting range Frequency Range (Hz) Reference Test Frequency (khz) HFA Frequencies (khz) OSPL FOG Reference Test Gain (db) Harmonic Distortion <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) Attack and Release Time () Test Mode Attack Time (ms) 0 00 OSPL (gray) and Full-On Gain (black) curves for the Intro HS at / Release Time 0.1s (ms) Release Time 2.0s (ms) OSPL FOG Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) Battery Current (ma) Idle Current (ma) Estimated Battery Life for 16-Hour Day 8-9* 8-9* 8-9* 8-9* 312 Zinc Air (days) 0 00 OSPL (gray) and Full-On Gain (black) curves for the Intro HS at 115/. * Results for wireless products will vary based on wireless usage. 39

41 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) ITC IN-THE-CANAL Matrices: /, 115/ Maximum Output: Up to db reduction in 2dB steps Compression Threshold: 24dB range in 4dB steps Compression Ratio: 1:1-3:1 Battery Size: 312 DATA ITC / ITC 115/ K 2K 4K 8K Measurement Peak OSPL (db SPL) HFA OSPL (db SPL) 5 9 RTF OSPL (db SPL) Peak Gain (db) HFA Full-On Gain (db) Intro ITC fitting range. RTF Full-On Gain (db) Frequency Range (Hz) Reference Test Frequency (khz) OSPL FOG HFA Frequencies (khz) Reference Test Gain (db) OSPL (gray) and Full-On Gain (black) curves for the Intro ITC at /. Harmonic Distortion Attack and Release Time () Test Mode 0 Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) <3 <3 <3 <3 Attack Time (ms) Release Time 0.1s (ms) OSPL FOG Release Time 2.0s (ms) Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) Battery Current (ma) OSPL (gray) and Full-On Gain (black) curves for the Intro ITC at 115/. Idle Current (ma) Estimated Battery Life for 16-Hour Day 312 Zinc Air (days) 8-9* 8-9* 8-9* 8-9* * Results for wireless products will vary based on wireless usage.

42 FOG (db) OSPL (dbspl) FOG (db) OSPL (dbspl) Matrices: /, 115/ Maximum Output: Up to db reduction in 2dB steps Compression Threshold: 24dB range in 4dB steps Compression Ratio: 1:1-3:1 Battery Size: CIC COMPLETELY-IN-CANAL DATA CIC / CIC 115/ Measurement Peak OSPL (db SPL) 4 HFA OSPL (db SPL) 115 RTF OSPL (db SPL) Peak Gain (db) K 2K 4K 8K HFA Full-On Gain (db) RTF Full-On Gain (db) Intro CIC fitting range Frequency Range (Hz) Reference Test Frequency (khz) HFA Frequencies (khz) OSPL FOG Reference Test Gain (db) Harmonic Distortion <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 0 Hz (%) <3 <3 <3 <3 Hz (%) Attack and Release Time () Test Mode Attack Time (ms) 0 00 OSPL (gray) and Full-On Gain (black) curves for the Intro CIC at / Release Time 0.1s (ms) Release Time 2.0s (ms) OSPL FOG Induction Coil Sensitivity HFA SPLITS (ANSI) (db SPL) MASL (IEC) (db SPL) Battery Current (ma) Idle Current (ma) Estimated Battery Life for 16-Hour Day 4-6* 4-6* 4-6* 4-6* Zinc Air (days) 0 00 OSPL (gray) and Full-On Gain (black) curves for the Intro CIC at 115/. * Results for wireless products will vary based on wireless usage. 41

43 Carefree connectivity IS HERE

44 NuEar SDS Combined with any of our wireless hearing aids, NuEar s innovative and popular lineup of SurfLink accessories gives your patients unprecedented control, convenience and freedom. LOOK SurfLink Features 44 miniscopic DEEP CANAL INSTRUMENTS INTRO SURFLINK SURFLINK Accessories

45 NuEar SDS LOOK Cell Phone Noisy Places Lectures LIFE WITHOUT LIMITATIONS Meetings Music miniscopic DEEP CANAL INSTRUMENTS Television SURFLINK MOBILE Hands-free phone conversations (and more) are here with SurfLink Mobile. This versatile device is the industry s most unique cell phone solution, assistive listening device, media streamer, and hearing aid remote all rolled into one. INTRO SURFLINK Accessories Using our revolutionary JustTalk mode, SurfLink Mobile enables hands-free cell phone conversations by turning our wireless hearing aids into the phone microphone and receiver: o Microphone The wearer s hearing aids pick up their voice and send it to the person they re talking to o Receiver SurfLink Mobile streams the voice on the other end of the phone directly to both of the wearer s hearing aids for binaural listening Directional microphone enhances one-onone conversations in noisy environments Omnidirectional capability is ideal for listening in meetings or group settings Wirelessly streams sound from TVs or MP3 players using Bluetooth or an audio connector cable Can also be used as a powerful ALD as well as a hearing aid remote 44

46 SURFLINK MEDIA SurfLink Media provides patients with the first set-and-forget media streaming solution. Simply plug a TV, radio or MP3 player into SurfLink Media and rich, stereo sound is streamed directly to any wireless hearing aids in range without pairing or body-worn relay devices. SurfLink Media: Streams stereo sound directly from media devices to the patient s hearing aids without pairing or body-worn relay devices Uses Intelligent Media Mobility to allow seamless room-to-room transitions between media devices Enables multiple people wearing wireless hearing aids to connect to a single device Eliminates audio delay and lip-sync issues* commonly found with other wireless systems Helps prevent patients and companions from fighting over the volume SURFLINK Programmer Our SurfLink Programmer, combined with IRIS Technology and Inspire fitting software, gives you the ultimate speed and flexibility in direct-to-hearing aid wireless programming with no relay device. Detects your patients wireless devices in seconds Features at least a -foot range Frees patients to move around during counseling and demonstrations Connects via standard USB cable Requires no additional hardware for the patient Is 4x faster than HiPro and nearly twice as fast as NOAHLink and nearcom SURFLINK Remote With the optional SurfLink Remote, patients can control memory and volume adjustments, mute their hearing instruments, or go in and out of streaming mode if they desire. *Latency is unnoticeable according to International Telecommunications Union standards 45

47 Measurement Conditions and Recommendations The data for NuEar hearing instruments are obtained and performance is expressed according to ANSI S3.22 (03), ANSI C63.19 (07), IEC (05) and IEC (1983) with Amendment 1 ( ). The NuEar proprietary Real Time Analyzer and the NuEar Automated Design Verification Test System comprise the basic test equipment. Data may be subject to change with product refinement. Because of the adaptive signal processing capabilities of NuEar hearing instruments, the hearing instrument must be set to test mode to compare the actual performance of the hearing instrument with these specifications. NuEar hearing instruments may be set to test mode with Inspire by reading the hearing aid and selecting the Hearing Aid Test screen from the menu on the left side of the Inspire window, then selecting the Full on Gain button. *All trademarks or trade names are properties of their respective owners. 46

48 HEARING SOLUTIONS CATALOG 13 NuEar Washington Avenue South Eden Prairie, MN NuEarPro.com HEARING SOLUTIONS CATALOG NuEar All Rights Reserved BKLT EE-NE 11/12